Quote from: Hoppy on August 05, 2015, 03:31:17 AM
Agreed. The animation is only showing the principle of operation. I think TB intended the load to be a battery with low impedance using solid state switching. Mechanical relay switching capacitors charged to a high voltages is clearly impractical.

hi,

The solid state don't get same result because there is BEMF from relay coil.This was discovered long before i was into electronics as hobby long time ago.

If you get this right and understand the mechanics of operation only then the high frequency version can be applied via inductors on suitable toroid later on.But trigger at right voltage can be tricky.

Hi All

all this fun with relay will end as contacts burn out under more current. One does not know to what speed will switch "Relay"?
or rotary switch will run faster? (I mean turnover motor with nails) something like the (SSTC) What is your opinion?

I saw his work only a few seemed interesting others like fun boy with the plasma. There are no practical application.
but also criticism is needed (For high voltage with low current consumption input) Well we'll deal with it! but what is this coil next to the coil and it has strengthened the voltage and current (not very unconventional).Wire a large amount will be needed to light a 100 Watt

Quote from: Tomtech29 on August 05, 2015, 08:56:04 AM
Hi All

all this fun with relay will end as contacts burn out under more current. One does not know to what speed will switch "Relay"?
or rotary switch will run faster? (I mean turnover motor with nails) something like the (SSTC) What is your opinion?

I saw his work only a few seemed interesting others like fun boy with the plasma. There are no practical application.
but also criticism is needed (For high voltage with low current consumption input) Well we'll deal with it! but what is this coil next to the coil and it has strengthened the voltage and current (not very unconventional).Wire a large amount will be needed to light a 100 Watt

Very amusing and very short sighted, so you have a device that will light a 100 w light bulb you want to share so i have some thing to warm my hands on once the winter starts to bite

Hoppy any coil once energised creates a manetic field with the stped energy, but when removerd it colapes and the energy produces a huge electrical spike. and your building by numbers

Magpwr,

Please explain what you mean by "The solid state don't get same result because there is BEMF from relay coil."

Quote from: Hoppy on August 05, 2015, 03:29:29 PM
Magpwr,

Please explain what you mean by "The solid state don't get same result because there is BEMF from relay coil."

hi Hoppy,

The voltage across HV capacitor will never get higher if you try to loop back to circuit diode via  the output of typical eg:mazilli,pwm solid state driven transformer.
I'd believe some of us already tried this typical loop back approach before myself included which don't work.

I have not tried this approach before since everything is working in pulse to the transformer and most importantly capturing the BEMF pulse is done at the right moment.

Since i have not tried yet.The only way to visualize everything in slow motion eg:tracing current path maybe using red marker on a printed out before relay activated and so on.
Maybe our brains is working too fast and it become unstable/impatient to visualize anything.

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It is obvious relay is not efficient as there are contact loss and etc.But the objective is to know the trigger point at which moment to recover the "BEMF back to the same transformer" and not with just a simple diode which is normally done.

The solid state is still better choice provided if you already know when to recover the BEMF at the right moment.

Truth is if you want to know how it works you need to get your hands dirty no matter how elementary it looks.

I do have virtual electronics stimulation to try out first before i get my hands dirty.But that's a another story.